Mounting for universal spotlamps



E. G. K. ANDERSN ET AL,

MOUNTING FOR UNIVERSAL sPo'rLAMPs med Aua.- 13. 1921 y uw June 24 E924o .Fune24 QS@ E. G. K. ANDERSON ET AL MOUNTING FOR UNIVERSAL sroTLANPs med Aug. 1s, 192': 4 sheets-sheen 2 [Ha/2365"@ E RNT G. K, ANDERSON PAUL w. sw/eNs-ON-` im 24, w26 1,4853@ as. K. ANDERSQN E? AL. MOUNTING FOR UNIVERSAL SPOTLAPS Filed Aufl. 13. 1921 4 Sheets-Sheet 5 E. G. K. ANDERSON ET L.

MOUNTING FR UNIVERSAL SPOTLMPS Filed Aun. 1s, 192x '4 sheets-sheet 4 Patented June Z4, 1924.

ERNST `Cil. K. ANDERSON,OF ,EVANSTONQ AND PAUL W. SWANSON, 0F ('JHICAGO,l ILLINOIS, ASSIG-NORS, BY MESNE ASSIGNMENTS, lT0 APPLETON ELECTRIC CO., O'F.

CHICAGO, ILLINOIS, A GORPORATIO QF ILLINOIS.

MOUNTING FOR UNIVERSAL'SPOTLAMPS.

Application led August 13, 1921. Serial. No. 492,036.

T o 117/ whom it may concern:

Be it known that we, 4ERNST soN and United States, andiesdents of Evanston, in the county of Cook and State of Illinois,

Gr. K. ANDER- PAUL'V. SwANsoN, citizens of the` and Chicago, in said county and State, re-V spectively, have invented certain 'new and useful Improvements in Mountings for Universal Spotlamps; and we do hereby declare that the following is a full, clear, and exact description thereof, reference being had to lhe accompanying drawings and to the characters of reference marked thei;eon.wliich toi-m a part ofthis speciiication.

This invention relates to improvements 'in universally operable spot or signal lamps for vehicles or the like, and refers more especially to that type of Lsuch lamps which is adapted to be mounted on a vehicle in position to be operated by the driver within the body the vehicle body,.or at a point dis' tant from the lamp to enable the lamp to be adjusted to throw its rays in substantially universal directionsfrom the point of suspension of the lamp on the vehicle body.

The present invention relates more par-1 ticularly to a novel mounting and operating mechanism for such lamp structures,so constructed as to enable a lamp supported out# side the vehiclebody to be adjusted` from a point within said body, whether the,v body.

be a so-called closed body or one having a vfoldable top, the construction beingr such that the driver, in manipulating the lamp, is

not required to extend his hand outside the body ot' the Vehicle.v The structureis also I Vso arranged that the lainp'can be universally adjustable outside the' body independently of its operating` mechanism for ladjusting the lamp `at a point distant therefrom.

Among the objects ofy the invention is to simplify and reduce the cost and dimensions of a lamp mounting .operating structure of this general type whereby the movements of the'lamp may be accomplished by a minimum number of simplymade parts that Vcan be compactly and neatly ,arranged in the structure.

Another object of the invention is to prov vide an improved mounting for the p arts of` the structure which permit universal movement of the mounting members, and, in-v cidentally,` this phase 'of the construction is associated with novel means -for attaching the mounting to a vehicle structure and for fr ictionally locking it in diferentpositions y ot adjustment by means which permit adjustment of the lamp throughout itsrange by the application of a moderate force.

Another object'of the invention is to simits means for including the lamp bulb therein, and to improve and, simplify the switch.

mechanism for controlling said circuit.

Other objects of the invention are to further improve spot lamp mountiiigs and actuating means therefor, `and the invention consists-in the combination and arrangement' which., when the lamp occupies its normal position, is wound on a, reel, and wherein the lanipis capable of being `de'inounted from its structure for use as a trouble'lai'np,

the cord being at such time adapted to be unwouiid from, and. rewound on the: reel, located in any suitable position relatively to thelamp so that the conductors of thel cord will be in condition tol maintain circuit to the lamp both when operating as a spot or trouble lamp. In such construction one of the rotative joint elements -oi` the lamp mounting for permitting proper moyability' to the lamp can be -formedlin party in'con nec'tion with the easing fo ,.containing and supporting the reel for the lamp. The inveiition is, however, capable of adaptation tov other types of lamps.

In the drawings;

co plify the connection of the circuit wiring, l

A Y l Figure l is a fragmentary view of a, pen.. v

tion of a vehicle showing the manuer of apvplying our improved spot lump mounting Figure 4 is u detail ol'. a clutch elemeut.

hereinafter to bc descril'ied.

Figure 5 is n cross section ou the line 5 5 ol Figure 2.

Figure 6 is a cross sect-ion on the line 6 6 of Figui-e2.

Figure 7 is an enlarged oblique section on the line 7-7 of Figure 2.

Figure 8 is a section on the line 8-c-8 of Figure 7.

Figure, 9 is a section onthe. line 9--9 of Figure 2.

Figure 10 is a partial side elevation and partial section of the lamp casing and rewinding' reel casing. i

Figure 11 illustrates the manner of mounting the improved structure on a closed car -25 body Figure 12 is an enlarged section on the line 12--12 of Figure 11.

First referring to the construction shown in Figures 1 to 10, inclusive. 15 designates a lamp easing shown as of single shell type. It is closed at its front by the usual lens 16.

It may have a nipple 17 fixed to its rear sideto receive the socket 18 of a lamp bulb base ,19. Theselatter details are shown in Figure 10. I

20-designates a casing to receive and sup port a reel which embraces a central spool 21 on which .the lamp cord 22 is Wound and from which it is unwound, through which cord current is delivered to the lamp from any suitable external circuit to be hereinafter described. The reel is normally under the influence of inyolute, reversely coiled, rewindingwsprings 23, 24, that are mounted in barrels'25, 26 at the ends of the reel spool. The spring 24: is attached at its outer end, as by a rivet, to the annular iiange 27 of a retaining `cup 28 Within thebarrel 26, and.

is attached at iti-.other or inner end to a fixed shaft 29 which extends :wrom and is supported at its ends in the casing 20. The

- spring 23 is in a. similar wey attached at its innerv end to a tubular shaft 30 which lis mounted to rotate onI the fixed shaft 29, said .tubular shaft 30 extending freely at one end into the barrel 25 through its spring retaining plate 31;,.and the other 0r outer end of said spring 23 is fixed to the cylindricalv Wall of the barrel 25. The end of the tubu'- lar shaft 30 remote from the barrel 25 is fixed in any suitable manner at 32 to the end y Walle-f the retainin cup 28, centrally thereof. The said reel is generally like the reel shown in my pending a lication for United States Letters Patent, umher 317,398, filed vbracket arm to turn on its axis.

August 14, 1919, and the cord retaining flange 33 at the ends of the spool are formed as integral parts ci' the barrels, the spool being interlocked to said barrels.

One conductor 34. of thc lump cord is T 36 embrace a conducting arm 362 which is electrically connected to the conductor-.35 through an eyelet 35 that extends through and is insulated from the flange 33 of the barrel 26. Said plate 36 is adapted for wiping engagement with a fork shaped brush 87, insulated from the casing and whose shank 38, insulated from the casing 20, is electrically connected to an eyelet 38 -l also insulated from the casing, and to which is connected a conductor 39 that constitutes the other side of the external circuit. rlhus the conductor 34 is grounded on the lamp and machine frame to one pole of the battery, while the other side of the external circuit is connected directlyl to the other pole of the battery .in a manner which will be hereinafter described.4 The other ends of the conductors of the lamp cord. 22 are respectively connecbed to the she-1l 18 and central termlnal 19 of the socket 19, as best shown in Figure 10. l

Referring now more particularly to the construction of the universal mounting elements of the lamp structure and to the means for actuating said mounting members to impart universal adjustment vand direction to the lamp,and thereby substantially universally project the lamp rays, lsaid parts are made as follows:

40 designates a tubular bracket arm which constitutes the principal supporting element of the mounting in that it is directly supported by attachment to the vehicles `and ,carries at its outer end the lamp and t e reel. structure. As shown in Figures 1 to ,0f inelusive, said bracket arm 40 is indirectly `supported at its inner end on a windshield post 41 of the 'vehicle by means of a suitable form of clamp which holds the bracket arm 40 reliably in adjusted position with respect i i to its sup ort on said.` Windshield trarne post or ot er supplort, but permits said A convenient form of supporting bracket f open car bodies is best shown in Figures "and 9. It com rises a pair et jaws 42 which embrace sai post, and are xed thereto by clamping screws e3. Seid jaws are formed with parallel shanks 44. 45 designates a collar which surrounds and is adapted to grip the bracket arm. It 4is formed with two offset arms 46, 46 which extend forwardly from the collar and thence down'- and the lamp mounting supported thereon,

l the said bracket arm is longitudinally split at 48 throughout the greater portion ofV its length and'is provided 'at the sides of its split lportion with opposing ysemi-circular recesses 49 to form an opening thatl is threadaxially 'displaceable alongI f tubular bracket ,arm 40.

ed to receive jatapered, headless screw 50. Said tapered screw extends at its outer end through a curved slot 451 that is formed throughout the principal circumference of the collar 45, there beinglimiting stops 51 (Figure 9) in said groove to limit the turning of the bracket arm to less'than full" rotation. The function of the tapered screw 50, engaging in the threaded openings at' the split portion 48 of the bracket arm 40 is toA expandthe inner split end of thebracket arm into close internal frictieenal engagement with the inner surface of said collar and thereby constitute a means for rigidly holding the bracket arm in the collar which, in turn, is fixed to the support'41 by the bracket described, While at th same time permitting said frictional contact'to be such as to allow `the bracket arm 4() to turn therein. They curved extension of Athe slot 51 permits the -screw'50, to shift angular-ly with the bracket arm when thelatter is turned until saidtlu'ning movement is limited by the shoulders 5l beforedescribcd,

.while at the 'same time holding "the parts,

locked in place. V

The saidA spl't bracket arm 40 described is fashionedrfout of apiece of sheet metal byfsni'table die operations to produce .the

` slotted bracket arm, and at one side thereof an integral, laterally disposed ring'member or mounting element 52 to embrace and to be rigidly attached to atubular upstanding flange 53 surrounding the upper, open end of the reel casing or shell. as bestshown inv "Figures 2, 7. and 10. The constructionv described constitutes a simple and effective way of' fixing the reel casing and a lamp mounting tothe outer end of the bracket arm 40,

but, sofar-"as the broaderl phase. of the-inventiqnf'i's' Aconcerned, may' be otherwise fabricated.

` 55 designates a shaft, centrally within and theaxisgof the' t may be Ia solid br hollow shaft. Said shaft terminates nor- `slightly` short of the outer end of the bracket arm and extends at its inner lend inwardly beyond the inner end of said arm. It is there provided with a hand wheel 56, located convenient to the driver of a motor rotated. Said 'shaft 55 is rotative relative to the bracket arm 40`an'd is rotatively mounted near its inner end in a bearing nipple that is fitted axially in any suitable manner in the end wall of a metal cap 5S Athat overlaps and is lfixed rigidly to the inner end o f'the collar 415. The nipple `57 dis rotative on the shaft .'35, and may constitute the actuating element of a switch. as will hereinafter more fully appear.V The shaft 55 has arotativc bearing near its outer end in' a centrally apertnred ldisc (30 within and is fixed rigidly in any suitable manner vehicle, and by which said shaft' may be near the .outer end of the. tubular bracket Mounted on said shaft 55, beyond thc-bearing 60. to turn therewith at times and `at other times t0 be free thereon, is a worm 62 that meshes with a Worm gear 63 which is cut on'the periphery of a flange 64- en .tbc lower end of an upstanding tubular 4neck G5 that is fixed in any suitable manner to the reel carrying'shellor case 20. As herein shown, said neck is fixed to the shell by means made as follows:`

The clasp or ring member 52 of" the 'bracket arm 40 is formed with an inturned radialy flange 67 and with a downturned cylindric lip 68, which latter rests on the 'upper face of,A the outstanding flange 64 of the neck 'on which is formed the worm The lamp casing 15 is supported on the neck 65 by means of an elbow fitting 73, the horizontal .arm of.A which is threaded within therear -open end of tho-casing nipple 17. LThe vertical' arm of the elbow fitting is rotatively mounted .in the nec-k by means to lock it from accidental angular dispilacement, while permitting it tobe rota-ted about the vertical'axis of the arm in a manner to swing the lamp casing horizontally. The connection l'ierein lshown comprises a. downwardly tapered head 75l formed on the ver-vy tical arm member of the" elbow fitting 4which engages a corresponding I,taper 75` (Figure 7 in the upper open 'end of the neck 65; and said tapered portions are pressed toy gether through the medium of a locking nut 7 6 that is threaded to the neck 'and hasl an overhanging apertured portion 77 to forml .a downwardly facing shoulder 78 to' bear,

' through the `worm G2 (when the latter is locked on saidshat't) and worin gear `63, tol turn the neck 65 withinthe clasp y52 and to thereby swing the lamp casing through its horizontal sweep. Also, by reason of the friction connection of the elbow member with the neck 65, the said lam casing can be manually swung' horizontally about the axis of thc neck independently of the mechanical adjustment when the shaft 55 is released from the Worm gear 62. SAS herein shown, the Worm can be locked to said shaft 55 by elongating the outer end ot the worm, to form' a recessed portion 80 which surrounds the axial bore of the worm through which the shaft 55 extends, and the shaft can be rovided with clutch projections 82, preferably formed by; the ends of a pin that extends transversely through the said shaft, and the bottom of said recessed por tion may be provided with radial slots 83, adapted to receive the said vclutch pin ends when the shaft 55 is pulled inwardly. The worm is thus locked or clutched to the shaft to rotate with it. Duringthis time'vthere is 'no connection ot' rotation between the shaft 55 lend the bracket arm 40 and the said arm does not turn. The said bracket ann is turned in its bearing through said shaft by the following construction. 85 designates a plug that fits closely within the cuter end of the tubular bracket arm 40, and may be fastened thereto in any Suitable manner, as

lso

ey means of one or more screws. Said plug iis formed on its inner face with e central recess 86 to receive the end of the shaft 55 beyond said clutch pin, and is provided laterally exterior to said recess with a series ort' shallower radial slots 87 (Figures 2 and 3), into which the extended ends of the clutch pin are adapted to enter when the shaft is turned in proper direction for registry of 'the ends ot said pin with said `slotevend the shaftfthen 'pushed'out'wardly axially throughthe tubular bracket arm 40.

The inner end of said plug is, therefore, similar to the outer end of theuvorm 62, and Figure '3 illustrates essentially both seid parts. l The said radial slots of sald elements act with .the ends of seid cross pin to con stitute elementsv of clutches, with the pin a part common to both v said clutches, and ledspted to selectively and alternately oonnect said'ehaft 55 tosaid worm gear and to said tubular bracket arm. When the clutch pinisin neutrel position, or between the slots S3, 87, rotation-ot' the shaft 55 iin Aparts no movement to either the bracket arm or the worm gear.

With this construction it will be observed that when the clutch pin engages the clutch recesses of the worm and the central shaft 55 is rotated, said shaft acts through the worm 62 and the vworm gear. 63 to turn the reel casing 4and the lamp casing about the axis of the vertical arm ot the elbow fittingJ 73; and thereby serves to swing the lamp casing from side to side and project the light rays in horizontal directions. When engage the clutch pin with the slots orrecesses 87, such movement-eiects a solid con# nection between the central shaft and the tubular ybracket arm, so that rotation of the central shaft operates to rotate said bracket arm' t0. By reason of the connection of the the central shaft 55 is pushed 4outwardlyA to i titi can be im arted tol the lamp casing to direct the light rays in substantially universel direction through power applied to the handpiece 56 ofthe single shaft 55, the shaft acting through the worm and gear mecheinem to turn the lamp casing in a hori-` zontel plane, and actingthrough the solid connection afforded by the clutch described with the outer or tubular bracket arm 40 to swing the lamp in a vertical plane. The worm 62 is held axially fixed by being coniined between said'mo'unting disc 60 and;v

the plug 85.

rlhe organization aud cooperation of the parts described is such thaiJ axial movement of the shaftr is not a lamp actuating movement but is merely a movement to set the clutch'selectively engaged with the worin 62 or plug 85, or to set the clutch pin in neutral position relatively to both the worm and plug. It will also be observed that all movements of shaft 55 to actuate the lamp are movements' of rotation, and also that when theclutch pin is engaged with the clutch slots of the worm gear, the shaft 55 can have rotational movement relatively to and independent of rotational movement of the tubular bracket arms Eor the lam-p support carried thereby. f

It will also be observed that the lamp, having the 'distant control through lthe hand piece 56, may be swung by hand power directly `applied tothe llmnp -or 'reel casing, independently of theselid distant con trol mechanism,y so that' it is unnecessary for e person` standingigfonfthe ground at the side of the vehicle toreech his hand into the vehicle body to adjust the singular movements of' the lamp. When thustad .Y l'ridjustment on the 4tapered joint constituted by the head Aof the elbow fitting and the 5 -lrieclr G5', about the axis of said neck, and

will be adjusted -"to swingvertically lby turning-'the bracket arm within the fric'- t'ionalfsupporting collar 45 and about the axis of said collar. ItAvill bealso observed that'A in the construction shown the controlling vshaft -55 is eccentric With respect to both the lamp and the reell casing and that the latter, therefore, in a manner balance .themselves about the axis of the ing movement of the bracket arm' 40 tol cause accidental angular displacement of said arm relatively to its supporting sleeve fore, well adapted to the form of lamp and reel structure shown and produces an efficient, compact, and attractive job.

As shown in Figures 1 to 10, inclusive, one `side of the circuit, including the lamp circuit and the external circuit to the battery,.is grounded to the llamp structure and therethrough to the vehicle and to one poleof the-battery. As, shown in 'Figure 7, the lconductor 34 is the grounded'c'onductor of the lamp ,cord and the conductor 35 isconnected throu h thecontact plate 38, a wiper member, and the eyelet 38 to the live conductor39 of the external or ener izing circuit. The'said conductor 39 is insu ated in its lpart which extends through.

the tubular bracket arm V40 vand terminates in a switch contact 82 mounted .in a nonrotative laminated insulatincr disc 88 within the shell 58 before referred to. 89 designates a second contact that is also mounted in said 'laminated disc 88 and is connected -to a conductor 90 which constitutes part of the live4 side of the external'or energizing circuit. The face of the contact 82 is substantiallyiush with the outer side of the outer lamina of thedisc 88, while the like below said face, as best shown itFigure 2.

members of w ichv are 'fixed to the outer end "of the nip le 57, before referred -to, which 4'is rotatl, e :on the' central control shaft 55', ``Said' nipple extends loosely through a central openin in the end wall of thecap''and 1s re uced at Iits, outer end within the said cap, and the insulatingdisc'Ql/is confined betweerra shoulder therecon, and the cuter upset end of theni ple, as" 'shownin .Eigure 2. Af spring con `uct- The `construction described is, therefacev of the contact 89 is somewhat embedded 'ing washer 92 isfconlinedf tween said disc l j., eshaft and 1s' formed with OUtWardlycurVed spiral arms 94 that'bear against the end wall of the'cap 5S to constitute part of the grounded side of the circuit, said grounded circuit continuing from the ca through a. tubular conductor 96 having t 1e form of an armored conductor that encloses the conductor 90 of thelive side of the circuit. SaidA armored conductor may lbe connected through a 'ground on the vehicle frame to the battery, when the switch now to rbe described is closed. i

The said switch ,embraces the contacts 82 and 89 and also a Isemi-circular closing,- bridge 99 that is centrally fastened by an eyelet 100 to the disc 91 which is rotated bythe nipple 57. It will be noted thatthe sw1tch contacts 82 and 89 are located about 180O apart and that the ends of the closing .bridge 99 are spaced substantially the same angular distance. Therefore, when one of the ends 101 of said closing bridge, which is bent sharply outwardly, engages the de# pressed contact 89, the other or flatter end 102 isl engaged with the flush contact-,82.

In this position the live side of the external y circuit is closed and thereby closes the'cir.-

cuit to the lamp through the commutator member at the reel and to the ground. The

movable part of saidl switch is opened and closed by 'a short angular turnthereof through the member 5 and movement of vthe said part is limited by engagement of a depression` 103 inthe disc adapted to en.-v

gage .a suitable stop 1Min the cap 58, as' shown in Figure 5. The resiliency of the arms 94 of the member 93 serves to press the ends of the closing member yieldingly toward their contacts 82 and 89 and -thereby maintain good electrical contact at the switch terminals.

The e switch construction shown.v well yadapts itself tov the general construction ofthe lamp control mechanism,- inasmuch as the nipple. 57,?which c'olnstitutes the switch actuator, also serves as. a `bearingfor the rotative control shaft 55 and also serves, 1

in connection with the armedconducting washer to close the the ground on the amp 'structure to the armored conductor 96. I

The construction shown in Figures 11 and yrounded circuit from 12-is designed yfor use in connection Witha i rclosed car body having an entrance doorway .closed by a door. As shown in said'ligures,

the tubular bracket arm 40 extends at its..

inner en d and is fixed in a metal bracket 105 v. that is attached in any lsuitable manner, as

.by means of the screws 106 to the outer side y of the body wall 107. The said bracket `105 takes the place of the sleeve 45 shown inf the'figures previously described, and the exy i pandmg screw 50 extends throu h a curved with a threaded opening at the slit of the split tubular bracket arm 40, as described in connection Withzjthe aforementioned fivurcs.

The central shaft 55 extends througlh the bracket arm 40 and through an opening 109 in the support 107, said opening being somewhat larger than the shaft to permit passage of the conductor 37 therethrough to the terminals 874 and 89 of the insulated disc 88.

The construotionof the switch to close one side of the circuit is the same as that shown in the previously described figures and like parte bear the same reference characters. In Figures 11 and 12, however,` the cap 58 is -formed with a iiange 58 that fits flat against the inner side of the support 107 and may be attached thereto, as by means of the screws 13.0., In other respects the construction and operation shown in said Figures ll and l2 is like that illustrated in connection'with the previously described figures.

In order to avoid the tension of the conm ductors of the lamp cord from being 4separated from the lamp base terminals, the said cord 22 is provided with a knot 112 o'r other enlargement arranged above an apertured disc 113 in the cord conduit of the elbowv iitting 73, as shown in Figure 10. Said disc isixed in any suitable manner in said corn duit, as by being confined between a downwardly facinginturneds'houlder of the head and a split ring interlocked to said head below said disc. Said knot or enlargement 112 is larger than the aperture of the disc and receives the full tension of the cord as it is unwound from the reel.

We claim as our invention:

l. ln combination, an'elongated, tubular bracket having means to rotatively mount it on va support, a lamp rotatively mounted on said bracket, and a single shaft extending axially through said bracket and having means at its outer end to alternately and selectively 'connect it to said bracketand to said lamp to separately rotate the bracket and lamp and to impart universal movement to the lamp.'

2. In combination, a tubular bracket having means to rotatively mount it on a suport, a lamp rotatively mounted on sald racket, a single shaft, combined gear and clutch means at the outer end of and controlled by said shaft to alternatelyfconnect said shaft to said bracket and to saidlamp rkto separately rotate them and to impart an clon ated, rotative bracket, means to sup port a amp structure thereon to partake of the rotational movement of'said bracket, and to itself rotate on an axis at an angle to that tion o gear, a single, axially movable operating" shaft extending loosely through said second gear, and selective clutch means, embracing parts on the outer end of said shaft and cooperative parts on said bracket and said second gear, so combined that axial movement of said shaft alternatelyv engages the clutch means, and rotative movement thereof operates to impart universal movement to the lamp structure.

4. A spot lamp and mounting comprising a tubular bracket having means of rotational connection to a support, a lamp supported thereby to-partake of the movement of the bracket, and to be independently rotatable on an axis at an angle tothe axis of said tubular bracket, a shaft disposed axially in and movable axially along s aidtubular bracket and adapted for rotational movesupported on the outer end of said bracket to rotate on an axis at an angleto the rotational axis of said bracket and provided With a Y gear, an operating shaft axially Within and endwise movable along said tubular bracket and provided With a gear for constant mesh With the gear of the lamp structure, said shaft being provided at its inner end with a fixed knob and at its outer end vvith means to selectively and operatively engage it with said bracket and gear.

6. A spot lamp and mounting comprising a tubular bracket having means of rotational connection to a support, a lamp'rotatively supported on said tubular bracket and provided with a' gear, an axially movable'operating shaft extending through said'tubular bracket and provided at its inner end with a fixed hand piece, a gear to mesh with the gear of the lamp structure and having a bore .through which the outer end ofsaid shaft extends, and means whereby said shaft can be selectively locked to said gear and lto said bracket to alternately rot-atfe`-'them, said bracket being adapted to loa-'manually rotated labout its axis independently of said shaft. r 7; A spot lamp and mounting comprising a tubular bracket having means of rotational connection to a support, two independent rotative joints to support the. lamp from said bracket, said joints" being in a` plane at an angle to the plane of the axis of rota- 'the bracket, and 'about one of which the lamp is adapted to be manually rotated,

v 1,498,534. A i. d?

and .a rotative-actuating shaft extendingplane at ananglet the rotational axis of 1 through and axially movable in said tubi1- lar bracket and having at' its 4outer lend means to selectively and alternately connect it tothe other rotative joint and to said bracket. -f

8. A spot lamp and4 mounting comprising a'tubnlar bracket `having means for rotational connection to a support, a lamp 'frotativelymounted thereon and provided with a gear, an operating shaft Within said tubular bracket providedwith a gear in constant `1ng an c ongated tubular bracket havin mesh with the gear of the lamp, said shaft 'having limited axial movement to release it from and lock it to said gear, and means cooperating through axial movement of the shai'tto separately lock it to said bracket.

9. A spot lamp and mounting compris-` ing a tubular bracket having vl'neans 'of `rotational connection to a support, a lamp `structurerotatably supported thereonat an'an'gle to the rotational axis of the bracket, an operating shaft Within said tubular bracket, a worm gear on the lamp structure, a Worm a meshing said gear through which saidishaft is axially movable, and opposing clutch elements on the bracket and worm to which thc shaft is separately engageable by endwise movement of the shaft.

10;.A spot lamp and mounting comprising a tubular bracket having means of rotational connection to a support, a lamp structure rotatably supported thereon on an axis at a right angle to the rotational axis of the bracket and provided with a gear, a rotative operating stem within said tubular bracket, a pinion meshing with said gear and through which the shaft is axially movable, clutch elements on said bracket and gear, embracing opposed radial clutch slots, and

' radial projections .on the shaft adapted by edwise movement of the shaft vto separately slltted bracket 'in said tubular member to f enter the slots of said clutch elements.

1l. Afspot lamp and mounting compris* ing a tubular bracket having means of rota tional connection to a support, a lamp structure'rotatably supported thereon on an axis- `which the shaft is axially movable, clutch elements on said bracket and gear,` emp i -a shtted, tubularfbrackeh afsolid tubular bracing opposed radial clutch slots, and

radial projections on the shaft adapted by. endwise movement othe shaft to enter the to a support, a lamp structure supported at the other 'end of the bracket. to rotate in a y ber, and means to rotatively supportfa lamp said bracket, and an axially shiftable operating shaft within andfa'otatably mounted at y bothl ends of said bracket, and provided at its inner end beyond the bracket with an operatingwheel and at its outer end with selective means operablek through alternate axial shitting of the shaft to selectively set the shaft in position to impart universal movement to said lamp structure upon rota? tion of said shaft.

13. A s ot lamp and mounting comprismeans of rotational connection at one en to a support, a lamp structure supported at the other end of the bracket to rotate on. en

axis at an angle to the rotational axis yof said lbracket, and a lamp operating shaft within and rotatably mounted at both ends of saidbracket, and provided atv its innery 'end beyond the bracket with an operating wheel, the bracket bearing for sai'd" shaft adjacent to said operating'- Wheel cnstitutf ing an actuating mechanism for a lanzp cir);` n Acuit switch. f i

14. A spot lamp mounting, comprisingfa. slitted tubular bracket, a solid tubular mem- Aber having means of attachment to a supportA and in which one end of the bracket is mounted to rotate, means to expand .the slittedbracket in said tubular member to frictionally lock it from rotation, a lamp structure carried by the other end oft the bracket to rotate on an axis atan `angle tc Ithe rotational axis of said bracket, A.and

means torotate said lamp structure on said` bracket.

15. A- spot lamp mounting comprising a slitted, tubular bracket, a solid tubular meins ber having means of attachment to a' support and in which one end of the bracket-is mounted to rotate, m'ans to `expand the bracket and -tosaid lamp structure to separately rotate them'. y 16. A spot' lamp mountinggcomprising member having means of attachment toa support and inwhich the bracketis rotetively niourited, a ta ered stud' threaded in anopening'in said racket Which-is intersected bythe slit of the bracketffor egip'and-` ingthe bracket outwardly inflticking frictional engagement with said tub'la niemj Y- strueture on said bracket.

17. A 4spot lamp mounting compl-'isi slitted bracket, a solidgtubular member havf in-\vhich the bracket is rotatively mounted', a'tapered stud threaded in an opening in sdid bracket which is intersccted bythe slit of the bracket fori expanding the bracket outwardly iii-locking frictional engagement with. said' tubular member, a lamp structure supportedlon said bracket, van actuating shaft rotatively mounted in- 'said tubular bracket, with means to rotate it, and means whereby said shaft can be separately connected to said bracket and to said lamp et, said tubular member bein structure te independently rotate them. "i 18. A spot lamp mountingco'mprising a 'ilitted bracket, a solid tubular member having means of attachment to a support and in which the bracket is rotativeiy mounted, and a tapered stud threaded in an opening which is intersected by the slit of the brackprovided with a curved slot having shou ders at its ends and the expanding screw extending through said slot to--engage the shoulders to iimit rotational movement of the bracket in saidv member.

19. A spot lamp and mounting comprising a tubular bracket having means of rotational Connection to a support and 4provided at its outerend with a mounting, a .member rotatively supported in said mounting, a lamp structure supported by said member, and an actuating shaft extending through said bracket and pro-vided at one end with a hand piece, and means at the otherv end of said shaft to selectively and opcrativelj'f connect said shaft to said member and to the bracket, to thereby impart universal movement to said iamp structure. i

20. A spot lamp and mounting-comprising a tubular bracket rhaving means of .rotational connection to a support and provided at its outerend with a mounting', a member #the bracket fromrotation, it to beturned either by hand or by said rotatively. supported in said mounting, a.

lamp struc ure supported by said member, and an admitting-shaft extending through said bracket 'and provided at one end with a hand piece, and means at the other end of said shaft to selectively and operai ivclj,Y connect said Shaft to said member and to the bracket, to thereby impart universal mo\'e-' ment to said lamp'structure, said means oi' I,iiitationa-l connection. fof ,said 'bracket emx@bracing a frictional jointto'normaliy hold iWhile permitting shaft.

21'.' 4A spot lamp and mounting comprising. a tubular bracket having means of. ro-

ft'ational connection to a support and provided at its outer .end with a mounting, a

. 'member rotatively supported in said mount- -nfnlar tiange oithe mounting al ing and provided with a gear flan e, ananb'ear against said' gear flange, a lamp easing*- 'supported nA and movable wit'hsaid apted to messes 22. A spot iainp and mounting comprising a 'tubular bracket having means of rotational connection to a support and provided at its outer end with a mounting, a tubular, ported in said mounting and provided with a gear flange, Aan operatin shaft rotatively mounted in said tubular racket and having selective means to vear it to said rotative member and to loc it to said bracket, alamp casing, and a vfitting, one end of which is connected to said casing and the other vend of which is demountably fitted to said tubular member.

23. A spot lamp and mounting comprising a tubular bracket having meansr of rotational connection to a support and provided at its outer end with a mounting, a tubular, opstanding member rotatively supported in said mounting andprovided with a gear flange, an operating shaft rotatively mounted in Said tubular bracket and having selective means to gear it to said rotative member and to lock it to said bracket, a, lamp casing,'and atitting, oneend of which is connected to said casing and the other end of which is demountably litted to said tubular member, the union between said tubular member and said elbow fitting einbracing a frictional joint permitting said itting land the lamp casing to be angularly turned relatively to said tubular member.

24. A spot lamp and mounting comprising a tubular rotative-bracket, means to support a lamp and a cord rewinding 'reel support thereon to partake of the rotational movement of the bracket and to rotate on an axis at a right angle to that of the bracket, and a single operating shaft extending through said bracket to separately give movements of rotation to said bracket and' to said lamp on axesdisposed at angles to each other, said bracket and shaft being located in a vertical plane between said lamp and said reel structure.

25; A spot iamp and mounting comprising a tubular rotative bracket provided at one end with a mounting, a' lamp casing,

a lamp cord reel casing supported in said npstanding member rotatively supllt) ` a lamp cordlas y ing an e ongated tubular bracket having d .the other end of the is iixed, and a member connected by a de mountable joint to said upstanding member, and a rotating actuating shaft within sald bracket to separately rotate said opstanding member and said tubular bracket.

27. A spot lamp and mounting comprising a tubular rotative bracket formed at one end to provide u mounting, a lampcasiug,

reel casing supported in sai mounting7 ahollow upstanding member rotatively mounted in said mounting, a fitting having a member is fixed, said upstanding member having a tapered seat und said fitting' having a tapered terminal to rot-tively engage sai tapered seal, and means to separately rogate said bracket and said upstandingmem- 28. A spot lamp and mounting comprising a tubular rotative bracket formed at one end to provide amounting, a. lamp casing, a lamp cord reel casing supported in said mounting,;a hollrw upstanding member rotatively mounted in said mounting, a hollow tting to conneotrsaid lamp casing to said upstanding member and Ato ali'ord a conduit for the lamp cord from the reel Casin lto the lamp terminals, andan operating s aft within said hollow bracket to separately rotate said opstanding member and sai bracket.

29. `A s otlamp and mounting comprismeans il' rotational connection at one end to a support, a lamp structure supported at the other end of the bracket to rotate on an axis at an angle to the rotational axis of said bracket, and an operatin shaft within and rotatably mounted at bot ends -of said bracket, and,` provided at its inner end beyond the b racketwith an operatin wheel, said shaft bearing for the inner e fof said bracket comprising a rockingnip vle to constitute an actuating member for the'controlp 'ling switch of a lamp circuit.

30. A s ot Vlamp and mounting comprising an e ongated tubular bracket having means of rotational connection at one en to a support, a lamp structure supportedat bracket to rotate on an axis at an angle to the rotational axis of said bracket, and an operatin in and rotatably mounted'at th ends of said bracket, and provided at its inner end beyond the bracket with' an operatin wheel, a shell fitted over .the inner end o said bracket to enclose a .lamp circuit switch, and a rocking nipple extending into said shell and constituting a bearing for the operating shaft and an actuating member 'for a switch.

to which said lamp casingv d tative about an axis d rug constltuting an vactuating device said switch.

said slitted portion of the 31. A universal spot lamp and mounting ofthatvtype comprising a demountable lamp casing and a casing to' contain .a lamp cor reel, the support comprisingqa slitted tubu-l lar; shaft, a solid tubular bearing in which the slitted portiono'f said shaft is rotatively mounted, with lmeans to expand the slitted shaft outwardly with its bearin said .shaft being provided at its outer en' with means to support the lam casing,

cor reel, and a. second shaft connection to the lamp casing mounting.

32. A. spotlamp andy ing a rbtatively supported bracket, a lamp structure supported on said bracket and ro at right angles to that a rotative and axially movable operating shaft and selective means asm sociated with the operating `shaft operative through axial movement' of said shaft to universally adjust' said lamp structure, and to occupy a neutral position to permit man ual operation of said lamp structure independent of said shaft.

33. In a lamp mounting, @having means to support a adjustable lam thereon, an operating within said bracket, vracket having'a bearing for s'aid shat and si lamp circuit controlling switch, said beprof the bracket,

universali Sha 34. In alamp mounting, a tubular brack-y having means to support a universalliyt adjustable 1am. thereon', an operating sha therefor axially Within said bracket, the bracket having a bearin for said shaft, and a lamp circuit contro ling switch, said bearing being rotative and surrounding said shaft and constituting a manually actuating r device for l said switch.

35. In a lamp mounting, a supporting bracket comprising a tubular slitted shaft, a solid tubular bearing in ortion of said shaft is mounted and adaptr ed to rotate, and means to expand the said slitted portion of the shaft outwardly into frictional engagement Vwith the said solid bearin 36. n a lamp mountin bracket comprising a tubu ar slitted Ashaft a solid tubular bearing in which the slitted portion of said shaft is mounted andadapt` anl opening in shaft for expanding said shaft outwardly solid tubular bearing.

37. A spot lampv and ing a tubular bracket having means o tational connection mounting com risto a suppor and the casing for the lamp Within thek d tubular shaft having at one end a hand op erating device and at its other end 'a gear mounting comprisw into rictional contact a tubular brackl the l which the slitted I a supporting' l into rictional locking engagement with said 12! vided at its outer end with a mounting,` a 1 3()v e neet said shaft to seid member and tothe bracket, to thereby impart luniversel movement to said lamp structure.

38. A' spot lamp and niountinr comprising a tubular rotative bracket provided et i one end with e mounting, n lamp casing, e

lamp cord reel casing supported in Seid mounting, a hollow opstanding member rotntively mounted in seid mounting. n fitting to -connect said upstanding member to said lamp casing, and a rotative shaft within eeid bracket having selective means to oon- '.nect it to seid upstanding member and bracket to separately rotate them.V

39. A. spot lamp and mounting comprislng etubuier rotative bracket provided et;

. inne end with e mounting, n lamp casing and a lamp cord reel casing supported in seid mounting, n' hollow upstanding member rotntively mounted in said mounting, nn el bow fitting having ai horizontal member to which seid lamp casing is lined and ai vertical member connected by n deinonntnble joint' to seid upstanding member.

40. A spot lamp and mounting eomprie ing a tubular bracket having means of rotational connection to a support and provided at its outer end with a ring; a member rotatively mounted in seid ring, e lenig structure supported by seid member by means permit-ting demounting of the lamp structure from said member and operatir means to universally actunte said lan Structure, embracing selective ineens for dependent connection to said bracket enti. o seid lamp structure.

In Witness whereof we claim the forevoing es .our invention, We hereunto eppen oi signatures at Chicago, Illinois, this day of Jul 1921. e

IRNST G. K. ANDERSIYL PAUL W, SWWNSON 

